Structural Classification of Proteins
home mail help root up expand collapse

Protein: Beta-ketoacyl-ACP synthase II from Escherichia coli [TaxId: 562]

Lineage:

  1. Root: scop
  2. Class: Alpha and beta proteins (a/b) [51349]
    Mainly parallel beta sheets (beta-alpha-beta units)
  3. Fold: Thiolase-like [53900]
    consists of two similar domains related by pseudo dyad; duplication
    3 layers: a/b/a; mixed beta-sheet of 5 strands, order 32451; strand 5 is antiparallel to the rest
  4. Superfamily: Thiolase-like [53901]
    link to SUPERFAMILY database - Superfamily
  5. Family: Thiolase-related [53902]
  6. Protein: Beta-ketoacyl-ACP synthase II [53909]
  7. Species: Escherichia coli [TaxId: 562] [53910]

PDB Entry Domains:

  1. 2gfv picpic
    automatically matched to d1b3na1
    mutant
    1. region a:2-251 [135110] picpiclink
  2. 2gfv picpic
    automatically matched to d1b3na2
    mutant
    1. region a:252-412 [135111] picpiclink
  3. 2gfw picpic
    automatically matched to d1b3na1
    1. region a:2-251 [135112] picpiclink
  4. 2gfw picpic
    automatically matched to d1b3na2
    1. region a:252-412 [135113] picpiclink
  5. 1kas picpic
    1. region a:2-251 [35964] picpiclink
    2. region a:252-412 [35965] picpiclink
  6. 2gfx picpic
    automatically matched to d1b3na1
    complexed with pmn; mutant
    1. region a:2-251 [135114] picpiclink
  7. 2gfx picpic
    automatically matched to d1b3na2
    complexed with pmn; mutant
    1. region a:252-412 [135115] picpiclink
  8. 1b3n picpic
    complexed with cer
    1. region a:2-251 [35966] picpiclink
    2. region a:252-412 [35967] picpiclink
  9. 2gfy picpic
    automatically matched to d1b3na1
    complexed with dao; mutant
    1. region a:2-251 [135116] picpiclink
  10. 2gfy picpic
    automatically matched to d1b3na2
    complexed with dao; mutant
    1. region a:252-412 [135117] picpiclink

Enter search key:

MRC
site Generated from scop database 1.75 with scopm 1.101 on Wed Jun 3 10:42:06 2009
Copyright © 1994-2009 The scop authors / scop@mrc-lmb.cam.ac.uk